Room-Temperature Manufacturing Of Low-Carbon Cement And Cementitious Materials

Brief Description

A revolutionary low-CO2 cement produced at room temperature, offering a sustainable alternative to traditional Portland cement.

Full Description

Researchers at UCI have developed a novel cement and its manufacturing process as a sustainable alternative to Portland cement, traditionally known for its high carbon footprint. Unlike conventional methods requiring temperatures above 1400 °C and resulting in significant CO2 emissions, this new approach manufactures cement at room temperature and enables concrete components with long-term CO2 sequestration capabilities and essential mechanical strength for structural uses.

Suggested uses

• Construction of civil, energy, and defense structures requiring low-carbon concrete. 
• Infrastructure projects seeking sustainable building materials. 
• Industrial decarbonization efforts within the cement and concrete industry. 
• Development of CO2 sequestering building components for environmental impact mitigation. 
• Replacement for traditional Portland cement in any application demanding reduced environmental footprint.

Advantages

• Manufactured at room temperature, significantly reducing energy consumption and CO2 emissions. 
• Electrifiable manufacturing process, allowing for a transition to renewable energy sources. 
• Utilizes waste materials as raw inputs, further decreasing the carbon footprint. 
• Enables CO2 sequestration throughout the product's lifespan, enhancing environmental benefits. 
• Provides necessary mechanical strength and durability for construction and structural applications.

Patent Status

Patent Pending